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Connecting systems is becoming increasingly important

“Connecting systems is becoming increasingly important”

Interview with Lutz Busch (CEO) and Maik Krüger (Head of Business Development) at Kampf Schneid- und Wickeltechnik GmbH & Co. KG

How has digitalisation gained momentum at Kampf?
Busch: Seven years ago, we conducted a survey to find out what significance Industry 4.0, at that time the term for digitalisation in industry, held for customers. We found out that our customers were very interested in getting more data about the production process and receiving earlier information about necessary maintenance or the replacement of parts, in order to be pro-active regarding any disruptions to production. Back then, we’d already developed a digital tool that could be used to generate up-to-date status reports of machines. Since then, we have initiated further developments, and now have a complete IIoT platform that helps us operate with our customers and also with our suppliers.

Krüger: It’s becoming increasingly important to connect systems with one another if we want to survive and stand one’s ground against the competition. Towards K, we will present another stage in our IIoT platform. Digitalisation continues to develop; products are becoming increasingly sophisticated, and technological leaps are occurring at ever shorter intervals, which always results in new applications and opportunities.

Connecting systems is becoming increasingly important

Where is that coming from, the customer or Kampf?
Busch: In order to even enter the discussion, we have to communicate to our customers that we offer solutions in the area of digitalisation. But customers also approach us. This goes so far that, for example, we have developed a prototype for a completely new highly automated machine with a customer, to whom we have now been able to sell ten of these machines. We have entered a new business field, so to speak. High automation and digitalisation go hand in hand in these projects. The more a customer is looking to automate, the more necessary digitalisation becomes.

Connecting systems is becoming increasingly important
Werkstatt Wiehl

Can digitalisation in production lead to alleviating the skilled labour shortage?
Busch: That’s where we’re facing a dilemma. Automated processes will gradually replace personnel in simple repetitive activities. At the same time, quality and process analyses and optimisations are becoming increasingly crucial when it comes to competitive advantage. In our experience, people need to receive better training for this, and the level of qualification must be higher because the tasks will become much more complex in order to fully utilise the potentials of digitalisation.

How is digitalisation changing customer communication?
Busch: First of all, it must be made clear that the data we collect is of course the property of the client. They decide how it is used, and that data is collected at the machine and remains in the company. But the customer can also make them available for a cloud-based solution, where we process them anonymously. This is our preferred solution, because you can only develop targeted algorithms with the largest possible amount of data. If we have as many data as possible on the operating states of our machines, we can, for example, identify any regularities in error situations that occur. From this, we can derive recommendations for action from which our customer benefits.

Krüger: In addition to higher operational reliability, digitalisation can also help in the creation of new efficient contact options such as customer portals. In our daily lives, we use digitalisation as a matter of course. We simply order many things on the Internet. This can be transferred to the B2B sector. Processes can be simplified, and important information and solution offers around the products used can be shared. Important spare parts, upgrade options or training content can be quickly identified, availability and costs can be checked, and orders easily processed.

Many companies are still reluctant when it comes to data exchange. Can you understand them?
Busch: That’s like saying we’d rather not build cars because they are involved in accidents from time to time. All the advantages of the car, the mobility, would be completely negated by that. It’s true, the danger of hacker attacks is real. We see that here, too. Just a few years ago, we would have said: What could possibly happen to us in the event of a hacker attack? That has indeed changed completely. You simply have to invest more in security. But I would not be able to make use of technical progress if I said that cybercrime was so very suspicious to me.

How does digitalisation help with the goal of operating more sustainably?
Busch: For example, it is an important prerequisite for the circular economy. It can only be achieved if everyone works together and networks. Let’s take the example of the digital product passport. This is necessary so that plastic products can be traced, and we know exactly what they contain. Only in this way is sensible recycling possible. To make a film, material is first melted, then it is stretched, cut and often also printed. There is information in every step. This can only be collected and made available as information if everyone contributes their data. Years ago, we developed a digital roll protocol together with cooperation partners from the value chain. Today, we are an active partner in a large industry initiative for the realisation of digital product passports.

Krüger: Already today, widespread, high-quality packaging, such as bags for crisps, can be produced with a high recycled content and high quality. We do not yet know how many cycles such a bag can actually undergo but we are convinced that plastics are a valuable material on our way to climate neutrality. To exploit the full potential, we need a circular economy based on data exchange and transparency along the entire life cycle of plastics.

ARBURG Denmark celebrates 25th anniversary

Arburg has had its own subsidiary in Denmark since 1997. To mark the 25th anniversary, an open house and a festive evening event were held on 2 June 2022. As a high-ranking representative from Lossburg, Guido Frohnhaus, Managing Director Technology & Engineering, presented an anniversary sculpture to Michael Kylling, Managing Director of the Danish subsidiary, in the presence of Steffen Eppler, Director Sales Europe. At the Open House, interested customers were able to see for themselves the Allrounder injection moulding technology and the Freeformers for additive manufacturing..

Toyo-Morton Presents New Bio-based, High-solids Laminating Adhesives

Toyo-Morton Presents New Bio-based, High-solids Laminating Adhesives

High-solids design reduces CO2 emissions during coating by about 25%

Toyo-Morton Ltd., Japan’s leading manufacturer of laminating adhesives and a member of the Toyo Ink Group, has developed the ECOAD™ EA-B3860/EA-B1290, a high-solids solvent-based adhesive for use in the dry lamination of multilayered films in flexible packaging structures. Containing over 40% coating solids by weight, the new formulations contain less solvent and thus brings down overall CO2 emissions during lamination by roughly 25% when compared to the company’s general-purpose laminating adhesives. The high-solids design also leads to less waste recovery and disposal for greater operational efficiencies and a cleaner work environment. Moreover, the new ECOAD systems were formulated with bio-based or renewable content of 10% by weight at the dried adhesive layer, making them a more eco-friendly alternative in packaging materials.

In recent years, packaging converters in the food, pharma, cosmetics and other consumer and industrial markets are readily adopting sustainable materials as they seek to stay in step with the continuous push for greener end-products by industry, regulatory bodies and consumers alike. To address this growing trend, Toyo-Morton engineers in Japan successfully raised the solids content of its laminating adhesive compositions to 40% in the coating process, while converting a portion of raw materials with those derived from natural sources. Typically, increasing the solids content causes the viscosity of the coating adhesive to increase, which can impair coating performance and degrade various physical properties. Toyo-Morton, by applying its proprietary polymer design technology, was able to eliminate these tradeoffs and achieve both high solids content and a bio-based content, without compromising on performance.

“The Toyo Ink Group is a pioneer in the development of bio-based inks, coatings and adhesives, in particular for the packaging sector. As such, we are well aware of the regulatory and social demands that converters face to provide packaging that is more sustainable and environmental friendly,” said Satoshi Maeda, general manager of Toyo-Morton’s technical dept. “With the new ECOAD laminating adhesive systems, we were able to respond to our customers’ requirements for reduced use of hazardous chemicals at the raw materials sourcing stage and for improved processing efficiency, while actively applying renewable raw materials to the extent possible. At Toyo-Morton, we are committed to developing products that reduce the environmental footprint of customers and to lowering CO2 emissions of our products throughout their entire life cycle in accordance with ongoing life cycle assessment analysis.”

ECOAD EA-B3860/EA-B1290 systems have been certified with the “Biomass Mark” by the Japan Organics Recycling Association, which evaluates and certifies products using biomass resources.

For more information on the Toyo Ink Group’s bio-based or biomass packaging solutions, see www.toyoink.jp/en/solution/biomass/

New V-Shapes-Designed Substrate Enables 100% Recyclable Sachets with High-Barrier Capability

New V-Shapes-Designed Substrate Enables 100% Recyclable Sachets with High-Barrier Capability

With its groundbreaking solution for on-demand production of recyclable 100% polypropylene sachets for liquid and semi-solid products, which can be opened with a single gesture using one hand, V-Shapes revolutionized the single-dose packaging market. Now we have brought to market another important innovation: 100% recyclable polypropylene sachets with high barrier capability. Why is this important? Most high-barrier applications, often required for food and other products, contains a plastic or foil layer that renders the packaging difficult, or even impossible, to recycle. V-Shapes has designed a brand-new type of high-barrier substrate that has been certified by Interseroh as recyclable, with extremely high ratings by this well-known certification organization.

The Details
These two new substrates, reNEW oX-100 and reNEW oX-500, were designed by V-Shapes and consist of a sheet of polypropylene copolymers with a high-performance barrier. They are designed to be detected, sorted and recycled in the industrial waste stream. Interseroh ranked these two products at the high end of the scale in terms of suitability for mechanical recycling and the provision of secondary products.

Because they are mono-polymer construction, they add no polyethylene or PET to the recycling stream that would downgrade their recyclability as is the case with other barrier materials, and their mono-polymer construction makes them widely recyclable around the globe. They also create the same size and weight sachets as other 100% recyclable materials used by V-Shapes.

Our reNEW-oX materials are available in several widths, ranging from 70 to 340 mm, to be suitable for both the PRIME and ALPHA machines, from one to six lanes of production. These new materials reflect the 4R concept – Reduce, Return, Recycle, Reward – that is a critical element of any sustainability initiative.

Availability
These new materials are currently available for use with new and installed V-Shapes single-dose packaging machines. Attendees at ProPak Asia 2022 will have the opportunity to see these materials first-hand on Stand AA17 at the upcoming event, scheduled for 15 to 18 June at BITEC Hall in Bangkok.

Also at the show, we are pleased to be introducing a brand-new distribution relationship that will increase support for existing and potential customers in Asia, more specifically, in China, ASEAN, South Korea, as well as the Middle East. New Quantum Holdings, and affiliated company Sustainable Green Solutions Pte Ltd. (SGSPL) , are in the process of creating a showroom in Singapore, enabling clients to experience V-Shapes’ world-first innovative sustainable packaging technology to demonstrate the positive impact this new approach to single-dose packaging can have on the businesses of prospective buyers and those of their customers. This includes brand owners, converters/fillers, governments and NGO/NPOs. We have worked on special projects with New Quantum for several years with great progress and are thrilled that we have been able to establish this closer and more permanent relationship.

New V-Shapes-Designed Substrate
V-Shapes 100% recyclable polypropylene sachets with high barrier capability.

For more information about products and services from V-Shapes, visit www.v- shapes.com. To book a meeting during the event, please visit

www.V-Shapes.com/events/v-shapes-at-propak-asia-to-show-its-new-packaging-innovations/

V-Shapes Formalizes Strategic Partnership with New Quantum Holdings

V-Shapes Formalizes Strategic Partnership with New Quantum Holdings

Improves representation and customer support in China, ASEAN, South Korea and the Middle East; new demo center planned in Singapore

V-Shapes, an innovative supplier of vertically integrated products and services for convenient, hygienic and sustainable single-dose packaging, today announced that it has formalized a strategic partnership relationship with Singapore-based New Quantum Holdings Pte Ltd (NQH) to expand its presence in Asia who, together with affiliated company Sustainable Green Solutions Pte Ltd (SGSPL), will be V-Shapes marketing representative with offices in China, ASEAN, South Korea, and the Middle East. The company offers value-added business activities via supply chain management and has a significant focus on sustainable technology, making it an ideal choice for V-Shapes. SGSPL will be joining V-Shapes CEO Christian Burattini and Business Development Executive Jesper Gustavsson on Stand AA17 at the upcoming ProPak Asia event, scheduled for 15 to 18 June at BITEC Hall in Bangkok. V-Shapes has worked with NQH/SGSPL on several projects over the past two years, with great progress.

“We are excited to be a formal strategic partner of V-Shapes in Asia and the Middle East, joining them at ProPak and working on creating a showroom here in Singapore so our clients can experience V-Shapes’ World First Innovative Sustainable Packaging Technology,” says Alan Yeap, CEO of NQH/SGSPL. “At the show, we will be presenting to attendees the value of V-Shapes sustainable and 4R (Reduce, Return, Recycle, Reward) concept sachets and demonstrating the six-lane ALPHA machine that enables packaging brand owners, converters/fillers, governments and NGO/NPOs to accomplish the complete manufacturing process of V-Shapes’ unique sustainable single-dose sachets under one roof with a compact footprint and full color branding, on demand and with the industry’s highest quality.”

“We expect that expanding our relationship with NQH/SGSPL will spur further growth for us in Asia and the Middle East, giving customers more localized support in the countries NQH/SGSPL serves,” says Jesper Gustavsson, Business Development and Founding Partner at V-Shapes. “In line with our focus on sustainability via the 4R program, we will also be showing at ProPak a new high-barrier 100% polypropylene material recently certified as fully recyclable by Interseroh. These materials, reNEW oX-100 and reNEW oX-500, were designed by V-Shapes and consist of a sheet of polypropylene copolymers with a high performance barrier. They are designed to be detected, sorted and recycled in the industrial waste stream. Interseroh ranked these two products at the high end of the scale in terms of suitability for mechanical recycling and the provision of secondary products.”

Gustavsson explains that typical barrier products also consist of multiple layers but are comprised of multiple polymers that severely limit their ability to be recycled, or prevent recycling altogether. With this new material, it adds no polyethylene or PET to the recycling stream that would downgrade its recyclability as is the case with other barrier materials, and its mono polymer construction makes it widely recyclable around the globe. These new materials create the same size and weight sachets as other 100% polypropylene materials used by V-Shapes.

To learn more about the new barrier products, the ALPHA vertically integrated end-to-end solution for production and filling of single-dose sachets that can be opened with a single gesture using one hand, and other products and services from V-Shapes, visit www.V-Shapes.com.

Note to Journalists: To schedule a one-on-one meeting with V-Shapes representatives at ProPak, contact monika.d@duomedia.com

Images & captions:

V-Shapes Formalizes Strategic PartnershipV-Shapes Formalizes Strategic Partnership

Caption: Alan Yeap, CEO of New Quantum Holdings Pte Ltd (NQH) and Sustainable Green Solutions Pte Ltd (SGSPL), and the New Quantum Holdings building.

Walki introduces a broad portfolio of recyclable materials for the growing frozen food segment

Walki introduces a broad portfolio of recyclable materials for the growing frozen food segment

Walki is answering to the growing demand for frozen food by expanding its portfolio of recyclable materials.

The global market for frozen food is expected to grow to 322 billion euros by 2026. Although the demand is growing globally across all age groups, it is especially popular among younger consumers.

“Frozen food is an ideal way to prolong shelf life without losing out on the vitamins. It is also an excellent way to combat food waste. This is important as up to 9 % of global carbon emissions can be attributed to food waste, especially fruit and vegetables”, says Dudley Jones, Consumer Sales at Walki.

Walki is introducing a broad portfolio of different materials, including printed solutions, to suit the needs of the frozen food market with the aim of making the packaging fully recyclable in the paper stream.

“Frozen food places high demands on the packaging. It needs to be both sturdy and puncture-resistant to handle diverse situations like pressures of sealing and mechanical tear during transportation. The packaging also needs to withstand variability in temperatures as some frozen food is defrosted in its packaging”, explains Jones.

Walki®EVO Seal and Walki®Opti Seal are recyclable paper-based packaging intended especially for pillow-pouches for frozen food. Walki®EVO Seal has a dispersion coating as barrier against water vapour and grease while Walki®Opti Seal has an optimised PE-extrusion coating.

“The dispersion coating makes Walki®EVO Seal recyclable in the waste-paper stream without any separation process, while the minimised PE-coating on Walki®Opti Seal makes it suitable to be recycled with paper with an acceptable fibre yield”, says Andreas Rothschink, Head of Product Development at Walki.

Both are suitable for all kind of frozen food: vegetables, seafood, bakery products to name a few.

Lamibel®MDO-PE is a film-based material for pillow pouches made of reverse printed MDO-film and solvent-free laminated with low sealing LDPE. Thanks to the MDO technology, the film thickness is minimized while performance is maximized by replacing other sorts of materials such as PP- or PET-films.

“This combination of two PE-films makes the packaging fully recyclable in the plastics stream. The stretched film has better optics with high stiffness and mechanical properties than standard PE. The film can also be transparent, allowing the consumer to see the product”, says Rothschink.

Lamibel®MDO-PE is an ideal material for all type of packaging (doypack, flowpack, pouches, etc.) as well as all kind of frozen food like vegetables, sharp-edges seafood and bakery.

Walki®Pack Tray is a board-based tray suitable for frozen ready-made meals, designed to replace aluminium, plastic or plastic-coated trays.

“The tray is easy to fill, transport and store, and is also the convenient choice for the consumer as the fibre-based tray is safe to use in microwaves and in conventional ovens up to 220 degrees for up to 60 minutes,” says Jones.

The tray material is 100% PET free and recyclable in the paper stream.

Worn Again Technologies announces plans to build a new textile recycling demo plant in Winterthur Switzerland

Worn Again Technologies announces plans to build a new textile recycling demo plant in Winterthur Switzerland

Worn Again Technologies’ demonstration plant will be constructed near one of the startup’s technology partners, Sulzer Chemtech, in Winterthur, Switzerland. This represents a crucial step towards upscaling and commercializing the company’s recycling process technology.

In particular, the new industrial-scale infrastructure will help validate the closed-loop chemical recycling solution that has been developed by Worn Again Technologies and its strategic partners. The process obtains polyethylene terephthalate (PET) and cellulose from non-reusable, hard-to-recycle textiles that constitute post-industrial and post-consumer waste. Additionally, the Worn Again Technologies process purifies the products by removing dyes, contaminants and impurities, a step forward from traditional recycling methods. As such, it delivers high-quality, virgin-like materials that can be reintroduced into supply chains to become new fibers, textiles and other products.

Erik Koep, CEO at Worn Again Technologies, comments: “We are excited to be taking the next step in making reliable, high-performance textile recycling a reality. The construction and operation of this demonstration plant are the next major milestones in achieving our vision for textile circularity. We look forward to starting operations soon and see this as the first plant in a global network of processing facilities.”

Torsten Wintergerste, Chairman of Worn Again Technologies, adds: “We are delighted to see our technologies being leveraged to create a state-of-the-art textile recycling plant. Building it in Switzerland gives Worn Again Technologies direct access to Sulzer Chemtech’s global R&D facilities and the Swiss textile industry. We will build an ecosystem of partners around this demo plant and drive forward the creation of a circular economy of textiles. Switzerland is an ideal location for Worn Again to realize the demonstration plant with all stakeholders in the shortest time period possible.”

https://wornagain.co.uk/

Plastindia Foundation announces 11th edition of international Plastics Exhibition, Conference & Convention – PLASTINDIA 2023

Plastindia Foundation announces 11th edition of international Plastics Exhibition, Conference & Convention – PLASTINDIA 2023

  • Hon’ble Union Minister of Health and Family Welfare, Chemical & Fertilizer Shri Mansukh bhai L. Mandaviya ji unveils the logo of PLASTINDIA 2023
  • PLASTINDIA 2023 to work towards developing India into a preferred sourcing hub for plastics globally

New Delhi, May 04, 2023: Plastindia Foundation today announced PLASTINDIA 2023, the 11th edition of international plastics exhibition, conference & convention, to be held from 01st to 05th February 2023, at the newly built State of the Art International Exhibition Centre at Pragati Maidan, New Delhi, India. PLASTINDIA 2023 will focus on innovation, sustainability, and growth, facilitating modern techniques that will help to maintain a cleaner environment and lead to sustainable economic growth.

The Hon’ble Minister of Health and Family Welfare, Chemical & Fertilizer, Shri Mansukh bhai L. Mandaviya ji unveiled the logo, Brochure and the goals of PLASTINDIA 2023 at an event in the capital. Also present on the occasion were Shri Bhagwanthbhai Khuba ji, Hon’ble Union Minister of State, (C&F and MNRE) and Smt. Arti Ahuja ji, I.A.S, Secretary to the Government of India (DCPC). Shri Jigish Doshi, President at Plastindia Foundation, Shri Ashok Goel, Chairman, National Advisory Board and Shri Ajay Shah, Chairman at NEC PLASTINDIA 2023 were also present.

The Indian plastics industry is growing at a rapid pace with the production and consumption increasing manyfold in the last 3 decades. Today, a major aim of the plastic bodies in India is to contribute significantly to the exports and to make India as one of the highest producers of Plastic. The current business environment, bolstered by the launch of Government of India’s ‘Atmanirbhar’ movement and ‘Vocal for Local’ initiative, gives an impetus to the plastics industry to grow and provides excellent export opportunities. Indian exports of plastics in the year 2019-20 was at USD 10.00 billion, which is expected to reach USD 25.00 billion by the year 2025.

Speaking on the occasion, Shri Jigish Doshi – President of Plastindia Foundation said “India is poised to become the plastics processing hub of the world. The industry that employs about 4 million people and comprises more than 50,000 processing units, is expected to reach 9.1 lakh crores (102 billion US Dollars) by 2025. We are committed to work closely with the government and the industry to facilitate growth and to work towards innovative and modern manufacturing techniques that will be sustainable for the environment and the economy.”

Over the years, the plastics industry has reinvented itself with advanced innovations and developed environment-friendly processing and utilization techniques that do not affect environment. With launch of PLASTINDIA 2023, the Foundation shared 10 goals to significantly contribute to the plastics industry:

  • Making India the number one destination for manufacturing plastics
  • Facilitate growth of the Indian plastics industry
  • Creating Employment opportunities to Empower the economy of the country
  • Make India a global sourcing hub for plastics
  • To encourage new innovative techniques
  • To increase the technically skilled manpower for the Indian Plastics Industry
  • To increase the exports of plastic
  • Increase the processing capacity of the plastic industry
  • Showcasing the opportunities, the global entities can tap
  • Act as a catalyst of growth for the plastics industry and sectors interconnected with the use of plastics

Shri Ajay Shah – Chairman, National Executive Council, PLASTINDIA 2023 said, “The Indian Plastics Industry presents excellent opportunities for processing machinery, tools, and plastic product suppliers plastic waste management and recycling equipment as well new age sectors of renewable energy, artificial intelligence and robotics. Our aim is to foster the growth of the Indian Plastic industry by holding world-class exhibitions to offer platforms for brands to launch new products, grow their network, learn new technologies, and exchange ideas at a global level.”

“PLASTINDIA 2023 aims at not only bringing together exhibitors and visitors from different sectors of the plastic industry but also displaying the new technologies and innovations in the industry. It is a great medium to showcase new products and a brilliant opportunity to connect with national and international decision-makers,” added Shri Ajay Shah.

The 11th PLASTINDIA Exhibition will be held from 1st to 5th February 2023 at the newly built State of the Art International Exhibition Centre at Pragati Maidan, New Delhi, India. This exhibition will provide an excellent opportunity for Exhibitors to showcase their new innovations in Processing, Machinery, Moulds and Dies, Auxiliary Equipment, Printing and Packaging, raw material and more.

 

Sumitomo Chemical and Newlight Technologies Announce Joint Development Project to Create Automotive and Textile Materials Using a Carbon-Negative*1 Microbe-Produced Biomaterial Called AirCarbon

Sumitomo Chemical and Newlight Technologies Announce Joint Development Project to Create Automotive and Textile Materials Using a Carbon-Negative*1 Microbe-Produced Biomaterial Called AirCarbon

Sumitomo Chemical Co., Ltd. and U.S.-based Newlight Technologies, Inc. have started the joint development of polypropylene (PP) compounds*2 for use in automobiles and textile applications using a carbon-negative biomaterial produced by microorganisms from methane called AirCarbonTM.

Methane is said to have a greenhouse effect approximately 25 times greater than that of carbon dioxide, and its reduction is crucial to effectively curb global warming. The 26th United Nations Climate Change Conference (COP26) in 2021 launched an international framework aimed at reducing methane emissions.

The Sumitomo Chemical Group, as a globally-operating chemical manufacturer, is advancing initiatives to achieve carbon neutrality by 2050 on the two fronts of its self-imposed obligation to bring the Group’s greenhouse gas (GHG) emissions close to zero and its contributions to global GHG emissions reduction through the Group’s products and technologies. In particular, in the area of automotive materials, where high quality and lower environmental impact are required, Sumitomo Chemical manufactures and supplies high-performance PP compounds and products made from recycled materials for the world’s leading car manufacturers.

Newlight Technologies is a company headquartered in California, the U.S., that has successfully developed the world’s first commercialized biomaterial made from methane as a carbon source (product name: AirCarbonTM) through its proprietary research utilizing methanotrophs*3, microorganisms that exist in nature that metabolize methane. Third-party organizations*4 have certified that the carbon footprint of AirCarbonTM is significantly negative when produced using renewable sources of energy for electric power. Newlight Technologies started the operation of the world’s first commercial-scale manufacturing plant for AirCarbonTM in 2020, and has been supplying the biomaterial to a wide variety of customers.

In this joint development project, Newlight Technologies will develop new grades of AirCarbonTM suitable for use in automotive and in textile applications, sourcing methane emissions captured and recovered from coal mining, agricultural, and industrial operations as the starting point for its production process. Sumitomo Chemical, leveraging its resin design and processing technologies cultivated over many years, will develop new compounds made from resins developed by Newlight Technologies and PP, with the aim of creating materials for automotive bumpers and interiors with equivalent quality and lower environmental impact as compared with conventional PP compounds, as well as materials for textiles that can be dyed, which has been difficult with conventional PP compounds but which can be improved through the use of AirCarbonTM. Sumitomo Chemical and Newlight Technologies will work together to contribute to creating a carbon-neutral society by providing various industries with products created through the combination of each other’s technologies.

Sumitomo Chemical will continue to actively promote open innovation with a range of stakeholders and accelerate the development of new products and technologies that help resolve societal problems.

Noriaki Takeshita, Representative Director and Senior Managing Executive Officer, Sumitomo Chemical:
“Our PP compounding business is actively promoting the use of recycled PP to contribute to building a circular economy. By leveraging AirCarbonTM from Newlight Technologies, we will provide carbon-negative PP compounds to our customers.”

Mark Herrema, Chief Executive Officer, Newlight Technologies:
“The mission of AirCarbonTM is using nature-based solutions to create decarbonization at scale, and our work with Sumitomo helps us move closer to that goal. We are excited to team up with Sumitomo and look forward to seeing applications on the market that help automotive partners meet their carbon reduction goals.”

https://www.sumitomo-chem.co.jp/

 

Mutares acquires MANN+HUMMEL Group’s high-performance plastic parts business

Mutares acquires MANN+HUMMEL Group’s high-performance plastic parts business

Mutares SE & Co. KGaA has signed an agreement to acquire the high-performance plastic parts business of MANN+HUMMEL. The segment includes products beyond filtration and separation solutions, including air intake manifolds, high-pressure air lines and fluid reservoirs. In addition, as part of the transaction, Mutares and MANN+HUMMEL have agreed on a manufacturing cooperation, which will contribute to the total revenues of EUR 500 million. Headquartered in Ludwigsburg, Germany, the MANN+HUMMEL Group develops intelligent filtration and separation solutions under its two business segments Transportation and Life Sciences & Environment that enable cleaner mobility, cleaner air and cleaner water.

This acquisition of the MANN+HUMMEL business will strengthen the Automotive & Mobility segment. The closing of the transaction will result in the acquisition of MANN+HUMMEL’s entire business beyond filtration and separation solutions, which essentially consists of production facilities in Bad Harzburg, Sonneberg (Germany) and Laval (France) with a total of approximately 1,500 employees. MANN+HUMMEL’s business is very well positioned in the market and supplies well-known original equipment manufacturers in the automotive industry worldwide. In addition, it will benefit from synergy effects with LMS and SFC Solutions Group, which together can offer their customers a broad product portfolio of injection molded components and elastomer parts worldwide.

“I am very pleased to announce the acquisition of MANN+HUMMEL’s high-performance plastic parts business. With our expertise in the automotive industry and the trend towards e-mobility, we see new opportunities and thus enormous growth potential for the company. Especially the synergy potential with LMS and the SFC Solutions Group will make the company an indispensable partner in the automotive supply sector of plastics and elastomers,” comments Johannes Laumann, CIO of Mutares SE & Co. KGaA.